Quantitative circulatory physiology program

Partner Organizations. Awards and Recognitions. Special Calls. Contact Us. General Help. Please Log In. E-mail Address Password Remember Me. Pineda Cardiovascular Simulation rtf. Computer-assisted learning , Data collection, analysis, interpretation , Self-evaluation. The activity could be assigned as homework, done with entire class during lecture, or in a laboratory setting. Show how this resource might be used. Resource Submitter.

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To add comments, you must log in or register. This resource has not been rated. Be the first to add your rating! To save the resource to a folder, please log in or register. It is a simulation based on mathematical modeling of interactions between human body systems' parameters. In three exercises the student uses the QCP program to reinforce the relationships between cardiac output and its determinants, stroke volume and heart rate.

They note the parameter values over a given interval of time by completing data tables. In addition to open-ended or unstructured simulations, we have developed 30 physiological simulations, including heart failure, anemia, diabetes, and hemorrhage.

Additional stimulations include 29 patients in which students are challenged to diagnose the pathophysiology based on their understanding of integrative physiology. In summary, QCP allows students to examine, integrate, and understand a host of physiological factors without causing harm to patients.

Abstract We have developed Quantitative Circulatory Physiology QCP , a mathematical model of integrative human physiology containing over 4, variables of biological interactions. Publication types Research Support, N.